Matrix (Deedle) | Deedle

Matrix Type

Namespace: Deedle.MathNetNumerics
Assembly: Deedle.MathNetNumerics.dll
Base Type: obj

Matrix conversions and operators between Frame and Series Matrix conversions and operators

Static members

Static member	Description
`Matrix.dot (s1, s2)` Full Usage: `Matrix.dot (s1, s2)` Parameters: s1 : `Series<'C, float>` s2 : `Series<'C, float>` Returns: `float` Type parameters: 'C (requires equality)	series multiply series Matrix multiplication s1 : `Series<'C, float>` s2 : `Series<'C, float>` Returns: `float`
`Matrix.dot (s, df)` Full Usage: `Matrix.dot (s, df)` Parameters: s : `Series<'C, float>` df : `Frame<'R, 'C>` Returns: `Series<'C, float>` Type parameters: 'C, 'R (requires comparison and equality)	series multiply frame Matrix multiplication s : `Series<'C, float>` df : `Frame<'R, 'C>` Returns: `Series<'C, float>`
`Matrix.dot (df, s)` Full Usage: `Matrix.dot (df, s)` Parameters: df : `Frame<'R, 'C>` s : `Series<'C, float>` Returns: `Series<'C, float>` Type parameters: 'R, 'C (requires equality and comparison)	frame multiply series Matrix multiplication df : `Frame<'R, 'C>` s : `Series<'C, float>` Returns: `Series<'C, float>`
`Matrix.dot (df1, df2)` Full Usage: `Matrix.dot (df1, df2)` Parameters: df1 : `Frame<'R0, 'C>` df2 : `Frame<'C, 'R1>` Returns: `Frame<'R0, 'R1>` Type parameters: 'R0, 'C, 'R1 (requires equality and comparison and equality)	frame multiply frame Matrix multiplication df1 : `Frame<'R0, 'C>` df2 : `Frame<'C, 'R1>` Returns: `Frame<'R0, 'R1>`
`Matrix.dot (s, v)` Full Usage: `Matrix.dot (s, v)` Parameters: s : `Series<'R, float>` v : `Vector<float>` Returns: `float` Type parameters: 'R (requires equality)	series multiply vector Matrix multiplication s : `Series<'R, float>` v : `Vector<float>` Returns: `float`
`Matrix.dot (v, s)` Full Usage: `Matrix.dot (v, s)` Parameters: v : `Vector<float>` s : `Series<'R, float>` Returns: `float` Type parameters: 'R (requires equality)	vector multiply series Matrix multiplication v : `Vector<float>` s : `Series<'R, float>` Returns: `float`
`Matrix.dot (m, s)` Full Usage: `Matrix.dot (m, s)` Parameters: m : `Matrix<float>` s : `Series<'K, float>` Returns: `Vector<float>` Type parameters: 'K (requires equality)	matrix multiply series Matrix multiplication m : `Matrix<float>` s : `Series<'K, float>` Returns: `Vector<float>`
`Matrix.dot (s, m)` Full Usage: `Matrix.dot (s, m)` Parameters: s : `Series<'K, float>` m : `Matrix<float>` Returns: `Vector<float>` Type parameters: 'K (requires equality)	series multiply matrix Matrix multiplication s : `Series<'K, float>` m : `Matrix<float>` Returns: `Vector<float>`
`Matrix.dot (df, v)` Full Usage: `Matrix.dot (df, v)` Parameters: df : `Frame<'R, 'C>` v : `Vector<float>` Returns: `Series<'R, float>` Type parameters: 'R, 'C (requires equality and equality)	frame multiply vector Matrix multiplication df : `Frame<'R, 'C>` v : `Vector<float>` Returns: `Series<'R, float>`
`Matrix.dot (v, df)` Full Usage: `Matrix.dot (v, df)` Parameters: v : `Vector<float>` df : `Frame<'R, 'C>` Returns: `Vector<float>` Type parameters: 'R, 'C (requires equality and equality)	vector multiply frame Matrix multiplication v : `Vector<float>` df : `Frame<'R, 'C>` Returns: `Vector<float>`
`Matrix.dot (m, df)` Full Usage: `Matrix.dot (m, df)` Parameters: m : `Matrix<float>` df : `Frame<'R, 'C>` Returns: `Matrix<float>` Type parameters: 'R, 'C (requires equality and equality)	matrix multiply frame Matrix multiplication m : `Matrix<float>` df : `Frame<'R, 'C>` Returns: `Matrix<float>`
`Matrix.dot (df, m2)` Full Usage: `Matrix.dot (df, m2)` Parameters: df : `Frame<'R, 'C>` m2 : `Matrix<float>` Returns: `Frame<'R, 'R>` Type parameters: 'R, 'C (requires equality and equality)	frame multiply matrix Matrix multiplication df : `Frame<'R, 'C>` m2 : `Matrix<float>` Returns: `Frame<'R, 'R>`
`Matrix.ofFrame df` Full Usage: `Matrix.ofFrame df` Parameters: df : `Frame<'a, 'b>` Returns: `Matrix<float>` Type parameters: 'a, 'b (requires equality and equality)	Convert frame to matrix Conversions df : `Frame<'a, 'b>` Returns: `Matrix<float>`
`Matrix.toFrame rows cols m` Full Usage: `Matrix.toFrame rows cols m` Parameters: rows : `'R seq` cols : `'C seq` m : `Matrix<float>` Returns: `Frame<'R, 'C>` Type parameters: 'R, 'C (requires equality and equality)	Convert matrix to frame Conversions rows : `'R seq` cols : `'C seq` m : `Matrix<float>` Returns: `Frame<'R, 'C>`